def _writeMethod(self, file: int, method: PyutMethod):
"""
Writing a method in file : name(param, param, ...).
Args:
file: File descriptor
method: method object
"""
name: str = method.getName()
visibility: str = self.__visibility[str(method.getVisibility())]
returnType: str = str(method.getReturns())
if returnType == "":
returnType = "void"
write(file, f'{self.__tab}{visibility} {returnType} {name}('.encode())
# for all param
nbParam = len(method.getParams())
self.logger.info(f'# params: {nbParam}')
for param in method.getParams():
# writing param
self._writeParam(file, param)
# comma between param
nbParam = nbParam - 1
if nbParam > 0:
write(file, ' , '.encode())
write(file, f') {{\n{self.__tab}}}\n\n'.encode())
def _writeMethodComment(self, file: int, method: PyutMethod, tab=""):
"""
Write method comment with doxygen organization.
Args:
file: file descriptor
method: pyutMethod
tab: tab character(s) to use
"""
write(file, f'{tab}/**\n'.encode())
write(file, f'{tab} * method {method.getName()}\n'.encode())
write(file, f'{tab} * More info here.\n'.encode())
for param in method.getParams():
write(
file,
f'{tab} * @param {param.getName()} : {str(param.getType())}\n'.
encode())
if str(method.getReturns()) != '':
write(file,
f'{tab} * @return {str(method.getReturns())}\n'.encode())
write(file, f'{tab} */\n'.encode())
def testStringMethodWithParameters(self):
pyutMethod: PyutMethod = self._pyutMethod
PyutMethod.setStringMode(PyutGloballyDisplayParameters.WITH_PARAMETERS)
self.assertEqual(PyutGloballyDisplayParameters.WITH_PARAMETERS,
pyutMethod.getStringMode(),
'Did not get set correctly')
def testCreatePropertiesReadOnly(self):
propName: str = 'fontSize'
setterParams: List[str] = []
setter, getter = self.reverseEngineer._createProperties(
propName=propName, setterParams=setterParams)
PyutMethod.setStringMode(PyutGloballyDisplayParameters.WITH_PARAMETERS)
self.assertIsNone(setter)
self.assertIsNotNone(getter)
def showParams(self, val):
"""
Choose whether to show the params in the classes or not.
@param val
@since 1.17
@author L. Burgbacher <*****@*****.**>
"""
if val:
PyutMethod.setStringMode(WITH_PARAMS)
else:
PyutMethod.setStringMode(WITHOUT_PARAMS)
def showParams(self, theNewValue: bool):
"""
Globally choose whether to show the method parameters in classes
Args:
theNewValue:
"""
if theNewValue is True:
PyutMethod.setStringMode(
PyutGloballyDisplayParameters.WITH_PARAMETERS)
else:
PyutMethod.setStringMode(
PyutGloballyDisplayParameters.WITHOUT_PARAMETERS)
def testStringMethodWithParametersRepresentation(self):
pyutMethod: PyutMethod = self._pyutMethod
pyutMethod.returnType = PyutType('float')
pyutMethod.parameters = self._makeParameters()
PyutMethod.setStringMode(PyutGloballyDisplayParameters.WITH_PARAMETERS)
defaultName: str = PyutPreferences().methodName
expectedRepresentation: str = f'+{defaultName}(intParam: int = 0, floatParam: float = 32.0): float'
actualRepresentation: str = pyutMethod.__str__()
self.assertEqual(expectedRepresentation, actualRepresentation,
'Oops this does not match')
def _getMethods(self, Class):
"""
To extract methods from interface.
"""
# class methods for this current class
allMethods = []
for Method in Class.getElementsByTagName("Method"):
# method name
aMethod = PyutMethod(Method.getAttribute('name'))
# method visibility
aMethod.setVisibility(Method.getAttribute('visibility'))
# for method return type
Return = Method.getElementsByTagName("Return")[0]
aMethod.setReturns(Return.getAttribute('type'))
# for methods param
allParams = []
for Param in Method.getElementsByTagName("Param"):
allParams.append(self._getParam(Param))
# setting the params for this method
aMethod.setParams(allParams)
# adding this method in all class methods
allMethods.append(aMethod)
return allMethods
def _generatePyutClasses(self):
for className in self._classNames():
pyutClass: PyutClass = PyutClass(name=className)
pyutClass = self._addFields(pyutClass)
for methodName in self._methodNames(className):
pyutMethod: PyutMethod = PyutMethod(name=methodName)
if methodName[0:2] == "__":
pyutMethod.setVisibility(PyutVisibilityEnum.PRIVATE)
elif methodName[0] == "_":
pyutMethod.setVisibility(PyutVisibilityEnum.PROTECTED)
else:
pyutMethod.setVisibility(PyutVisibilityEnum.PUBLIC)
pyutMethod = self._addParameters(pyutMethod)
pyutMethod.sourceCode = self.visitor.methodCode[methodName]
pyutClass.addMethod(pyutMethod)
setterProperties: PyutPythonVisitor.Parameters = self.visitor.setterProperties
getterProperties: PyutPythonVisitor.Parameters = self.visitor.getterProperties
for propName in self.visitor.propertyNames:
setterParams: List[str] = setterProperties[propName]
getterParams: List[str] = getterProperties[propName]
self.logger.info(f'Processing - {propName=} {setterParams=} {getterParams=}')
setter, getter = self._createProperties(propName=propName, setterParams=setterParams)
pyutClass.addMethod(setter)
pyutClass.addMethod(getter)
self._pyutClasses[className] = pyutClass
self.logger.info(f'Generated {len(self._pyutClasses)} classes')
def generatePyutMethods(self,
clmethods: List[classmethod]) -> List[PyutMethod]:
methods: List[PyutMethod] = []
for me in clmethods:
funcName: str = me.__name__
meth: PyutMethod = PyutMethod(funcName)
if me is not None:
args = getfullargspec(me)
if args[3] is None:
firstDefVal = len(args[0])
else:
firstDefVal = len(args[0]) - len(args[3])
for arg, i in zip(args[0], range(len(args[0]))):
# don't add self, it's implied
if arg != "self":
if i >= firstDefVal:
defVal = args[3][i - firstDefVal]
if isinstance(defVal, str):
defVal = f'"{defVal}"'
param = PyutParam(arg, "", str(defVal))
else:
param = PyutParam(arg)
meth.addParam(param)
methods.append(meth)
# set the visibility according to naming conventions
func_name = funcName
if func_name[-2:] != "__":
if func_name[0:2] == "__":
meth.setVisibility("-")
elif func_name[0] == "_":
meth.setVisibility("#")
return methods
def _generatePyutClasses(self):
for className in self._classNames():
pyutClass: PyutClass = PyutClass(name=className)
pyutClass = self._addFields(pyutClass)
for methodName in self._methodNames(className):
pyutMethod: PyutMethod = PyutMethod(name=methodName)
if methodName[0:2] == "__":
pyutMethod.setVisibility(PyutVisibilityEnum.PRIVATE)
elif methodName[0] == "_":
pyutMethod.setVisibility(PyutVisibilityEnum.PROTECTED)
else:
pyutMethod.setVisibility(PyutVisibilityEnum.PUBLIC)
pyutMethod = self._addParameters(pyutMethod)
pyutMethod.sourceCode = self.visitor.methodCode[methodName]
pyutClass.addMethod(pyutMethod)
setterProperties: Parameters = self.visitor.setterProperties
getterProperties: Parameters = self.visitor.getterProperties
pyutClass = self._generatePropertiesAsMethods(
pyutClass, getterProperties, setterProperties)
if className in self.visitor.dataClassNames:
self._createDataClassPropertiesAsFields(
pyutClass, self.visitor.dataClassProperties)
self._pyutClasses[className] = pyutClass
self.logger.info(f'Generated {len(self._pyutClasses)} classes')
def _addParameters(self, pyutMethod: PyutMethod) -> PyutMethod:
methodName: str = pyutMethod.name
if methodName in self.visitor.parameters:
parameters: PyutPythonVisitor.Parameters = self.visitor.parameters[methodName]
for parameter in parameters:
self.logger.debug(f'parameter: {parameter}')
paramNameType = parameter.split(':')
#
# TODO: account for default values
#
if len(paramNameType) == 2: # Somebody is good and did typing
pyutType: PyutType = PyutType(paramNameType[1])
pyutParam: PyutParam = PyutParam(name=paramNameType[0], theParameterType=pyutType)
pyutMethod.addParam(pyutParam)
return pyutMethod
def _createProperties(
self, propName: str,
setterParams: List[str]) -> Tuple[PyutMethod, PyutMethod]:
getter: PyutMethod = PyutMethod(name=propName,
visibility=PyutVisibilityEnum.PUBLIC)
if len(setterParams) == 0:
setter: PyutMethod = cast(PyutMethod, None)
else:
setter = PyutMethod(name=propName,
visibility=PyutVisibilityEnum.PUBLIC)
if setter is not None:
nameType: str = setterParams[0]
potentialNameType: List[str] = nameType.split(':')
if len(potentialNameType) == 2:
param: PyutParam = PyutParam(
name=potentialNameType[0],
parameterType=PyutType(value=potentialNameType[1]))
setter.addParam(param)
getter.returnType = PyutType(value=potentialNameType[1])
else:
param = PyutParam(name=potentialNameType[0])
setter.addParam(param)
return setter, getter
def _generateAMethod(self) -> PyutMethod:
pyutMethod: PyutMethod = PyutMethod(name='OzzeeElGatoDiablo')
pyutMethod.sourceCode = SourceCode([
'weLeft: bool = True', 'isOzzeeAGoodGato: bool = False',
'if weLeft is True:', ' isOzzeeAGoodGato = True',
'return isOzzeeAGoodGato'
])
return pyutMethod
def testCreatePropertiesNormal(self):
PyutMethod.displayParameters = PyutGloballyDisplayParameters.WITH_PARAMETERS
propName: str = 'fontSize'
setterParams: List[str] = ['newSize:int']
setter, getter = self.reverseEngineer._createProperties(
propName=propName, setterParams=setterParams)
PyutMethod.setStringMode(PyutGloballyDisplayParameters.WITH_PARAMETERS)
self.logger.info(
f'setter={setter.__str__()} getter={getter.__str__()}')
self.assertEqual('+fontSize(newSize: int): ', setter.getString(),
'Incorrect setter generated')
self.assertEqual('+fontSize(): int', getter.getString(),
'Incorrect getter generated')
def testGetOneMethodCodePrivate(self):
pyutType: PyutType = PyutType(value='str')
publicMethod: PyutMethod = PyutMethod(name='privateMethod', visibility=PyutVisibilityEnum.PRIVATE, returns=pyutType)
defCode: List[str] = self.pyutToPython.generateASingleMethodsCode(publicMethod, writePass=False)
self.logger.info(f'Generated definition: {defCode}')
unExpectedValue: int = -1
actualValue: int = defCode.__contains__('def __privateMethod')
self.assertNotEqual(unExpectedValue, actualValue, f'Did not code generate private method correctly: `{defCode}`')
def _addParameters(self, pyutMethod: PyutMethod) -> PyutMethod:
methodName: MethodName = MethodName(pyutMethod.name)
if methodName in self.visitor.parameters:
multiParameterNames: MultiParameterNames = self.visitor.parameters[
methodName]
pyutParameters: PyutParameters = self._generateParameters(
multiParameterNames)
pyutMethod.parameters = pyutParameters
return pyutMethod
def _generateAMethod(self) -> PyutMethod:
pyutMethod: PyutMethod = PyutMethod(name='OzzeeElGatoDiablo')
pyutMethod.sourceCode = SourceCode([
'weLeft: bool = True', 'isOzzeeAGoodGato: bool = False',
'if weLeft is True:', ' isOzzeeAGoodGato = True',
'return isOzzeeAGoodGato'
])
pyutMethod.modifiers = PyutModifiers(
[PyutModifier(modifierTypeName='static'),
PyutModifier('bogus')])
pyutMethod.returnType = PyutType('str')
return pyutMethod
def _getMethods(self, xmlClass: Element) -> PyutMethods:
"""
Converts XML methods to `PyutMethod`s
Args:
xmlClass: A DOM element that is a UML Class
Returns:
A list of `PyutMethod`s associated with the class
"""
allMethods: PyutMethods = cast(PyutMethods, [])
for xmlMethod in xmlClass.getElementsByTagName(
PyutXmlConstants.ELEMENT_MODEL_METHOD):
pyutMethod: PyutMethod = PyutMethod(
xmlMethod.getAttribute(PyutXmlConstants.ATTR_NAME))
strVis: str = xmlMethod.getAttribute(
PyutXmlConstants.ATTR_VISIBILITY)
vis: PyutVisibilityEnum = PyutVisibilityEnum.toEnum(strVis)
pyutMethod.setVisibility(visibility=vis)
returnElt: Element = xmlMethod.getElementsByTagName(
PyutXmlConstants.ELEMENT_MODEL_RETURN)[0]
retTypeStr: str = returnElt.getAttribute(
PyutXmlConstants.ATTR_TYPE)
retType: PyutType = PyutType(retTypeStr)
pyutMethod.setReturns(retType)
#
# Code supports multiple modifiers, but the dialog allows input of only one
#
modifiers: NodeList = xmlMethod.getElementsByTagName(
PyutXmlConstants.ELEMENT_MODEL_MODIFIER)
for xmlModifier in modifiers:
xmlModifier: Element = cast(Element, xmlModifier)
modName: str = xmlModifier.getAttribute(
PyutXmlConstants.ATTR_NAME)
pyutModifier: PyutModifier = PyutModifier(modName)
pyutMethod.addModifier(pyutModifier)
methodParameters = []
for xmlParam in xmlMethod.getElementsByTagName(
PyutXmlConstants.ELEMENT_MODEL_PARAM):
methodParameters.append(self._getParam(xmlParam))
pyutMethod.setParams(methodParameters)
allMethods.append(pyutMethod)
return allMethods
def generateASingleMethodsCode(self, pyutMethod: PyutMethod, writePass: bool = True) -> List[str]:
"""
Generate the Python code for the input method
Args:
pyutMethod: The PyutMethod for which we will generate code
writePass: If `True` write `pass` in the code
Returns:
A list that is the generated code
"""
methodCode: List[str] = []
currentCode: str = self._generateMethodDefinitionStanza(pyutMethod)
# Add parameters (parameter, parameter, parameter, ...)
params = pyutMethod.getParams()
currentCode = self._generateParametersCode(currentCode, params)
currentCode = f'{currentCode})'
returnType: PyutType = pyutMethod.getReturns()
if returnType is not None and returnType.value != '':
currentCode = f'{currentCode} -> {returnType.value}'
currentCode = f'{currentCode}:\n'
# Add to the method code
methodCode.append(currentCode)
# Add comments
methodCode.append(self.__indentStr('"""\n'))
methodCode = self._generateMethodComments(methodCode, pyutMethod)
methodCode.append(self.__indentStr('"""\n'))
if writePass:
methodCode.append(self.__indentStr('pass\n'))
methodCode.append('\n')
return methodCode
def deserialize(cls, serializedData: str,
pyutObject: PyutClassCommon) -> PyutClassCommon:
"""
Args:
serializedData:
pyutObject:
Returns: The updated PyutClass or PyutInterface
"""
classDescription = deTokenize("classDescription", serializedData)
pyutObject.description = classDescription
methods = eval(deTokenize("methods", serializedData))
pyutMethods: List[PyutMethod] = []
for methodProfile in methods:
# construction of a method
methodName: str = methodProfile[0]
methodVisibility: PyutVisibilityEnum = PyutVisibilityEnum.toEnum(
methodProfile[1])
methodReturns: PyutType = PyutType(value=methodProfile[2])
pyutMethod: PyutMethod = PyutMethod(name=methodName,
visibility=methodVisibility,
returns=methodReturns)
# deserialize method's parameters; Get the tuple (name, Type, defaultValue)
params = eval(methodProfile[3])
for param in params:
paramName: str = param[0]
paramType: PyutType = PyutType(param[1])
paramDefaultValue: str = param[2]
# creates and add the param to the method
pyutParam: PyutParam = PyutParam(
name=paramName,
parameterType=paramType,
defaultValue=paramDefaultValue)
pyutMethod.addParam(pyutParam)
pyutMethods.append(pyutMethod)
pyutObject.methods = pyutMethods
return pyutObject
def __drawMethodSignature(self, dc: DC, pyutMethod: PyutMethod,
pyutClass: PyutClass, x: float, y: float,
h: float):
"""
If preference is not set at individual class level defer to global; Otherwise,
respect the class level preference
Args:
dc:
pyutMethod:
pyutClass:
x:
y:
h:
"""
if pyutClass.displayParameters == PyutDisplayParameters.UNSPECIFIED:
dc.DrawText(str(pyutMethod), x + MARGIN, y + h)
elif pyutClass.displayParameters == PyutDisplayParameters.DISPLAY:
dc.DrawText(pyutMethod.methodWithParameters(), x + MARGIN, y + h)
elif pyutClass.displayParameters == PyutDisplayParameters.DO_NOT_DISPLAY:
dc.DrawText(pyutMethod.methodWithoutParameters(), x + MARGIN,
y + h)
else:
assert False, 'Internal error unknown pyutMethod parameter display type'
def __addClassMethod(self, className, modifiers, returnType, name,
lstFields):
"""
Add a method to a class
Parameters example:
```java
static private int getName(int a, long b)
- className = name of the class which own this method
- static private => modifiers
- int => return type
- getName => name
- int a, long b => lstFields => ["int a", "long b"]
```
Note : Default value can be None. (see names_values)
Args:
className: Name of the class to add
modifiers: Method modifiers
returnType: Method returnType
name: Method name
lstFields: List of string lstFields : Method fields
"""
self.__logMessage("Adding method %s for class %s" % (name, className))
self.__logMessage("(modifiers=%s; returnType=%s)" %
(modifiers, returnType))
# Get class fields
po: OglClass = self._classes[className]
pc: PyutClass = cast(PyutClass, po.pyutObject)
# TODO fix this crazy code to use constructor and catch exception on bad input
# Get visibility
if "private" in modifiers:
visibility: PyutVisibilityEnum = PyutVisibilityEnum.PRIVATE
elif "protected" in modifiers:
visibility: PyutVisibilityEnum = PyutVisibilityEnum.PROTECTED
elif "public" in modifiers:
visibility: PyutVisibilityEnum = PyutVisibilityEnum.PUBLIC
else:
visibility: PyutVisibilityEnum = PyutVisibilityEnum.PUBLIC
# Add method
methods = pc.methods
if returnType == '\n' or returnType == '' or returnType == 'void' or returnType is None:
pm = PyutMethod(name, visibility)
else:
retType: PyutType = PyutType(returnType)
pm = PyutMethod(name, visibility, retType)
for (paramType, name, defaultValue) in lstFields:
param = PyutParam(name, paramType, defaultValue)
pm.addParam(param)
methods.append(pm)
def _getMethods(self, Class):
"""
Extract a method from a Xmi file from Class part.
Args:
Class: An XML Class
Returns: A PyutMethod
"""
# class methods for this current class
allMethods = []
for Method in Class.getElementsByTagName("Foundation.Core.Operation"):
self.logger.debug(f'_getMethods - Method: {Method}')
# name = Method.getElementsByTagName("Foundation.Core.ModelElement.name")[0].firstChild
methodElements: NodeList = Method.getElementsByTagName(
"Foundation.Core.ModelElement.name")
self.logger.debug(
f'_getMethods - {methodElements=} {methodElements.length=} type(methodElements): {type(methodElements)}'
)
if methodElements.length == 0:
continue
elt = methodElements.item(0)
self.logger.debug(f'_getMethods - elt: {elt}')
name = elt.firstChild
if name.nodeType == name.TEXT_NODE:
aMethod = PyutMethod(name.data)
self.logger.debug(f'Method name: {name.data}')
# method visibility
visibility = Method.getElementsByTagName(
"Foundation.Core.ModelElement.visibility")[0]
# aMethod.setVisibility(self._xmiVisibility2PyutVisibility (visibility.getAttribute('xmi.value')))
visStr: str = visibility.getAttribute('xmi.value')
vis: PyutVisibilityEnum = self._xmiVisibility2PyutVisibility(
visStr)
self.logger.debug(f'Method visibility: {vis}')
aMethod.setVisibility(vis)
allParams = []
for Param in Method.getElementsByTagName(
"Foundation.Core.Parameter"):
pyutParam = self._getParam(Param, aMethod)
if pyutParam is not None:
allParams.append(pyutParam)
aMethod.setParams(allParams)
# adding this method in all class methods
allMethods.append(aMethod)
return allMethods
def _onMethodAdd(self, event: CommandEvent):
"""
Add a new method in the list.
Args:
event:
"""
# Add fields in PyutClass copy object
method: PyutMethod = PyutMethod(PyutMethod.DEFAULT_METHOD_NAME)
ret = self._invokeEditMethodDialog(method)
if ret == OK:
self._pyutModelCopy.methods.append(method)
# Add fields in dialog list
self._lstMethodList.Append(method.getString())
# Tell window that its data has been modified
fileHandling = self._mediator.getFileHandling()
project = fileHandling.getCurrentProject()
if project is not None:
project.setModified()
def generateMethodsCode(self, pyutClass: PyutClass) -> MethodsCodeType:
"""
Return a dictionary of method code for a given class
Args:
pyutClass: The data model class for which we have to generate a bunch fo code for
Returns:
A bunch of code that is the code for this class; The map key is the method name the
value is a list of the method code
"""
clsMethods = cast(PyutToPython.MethodsCodeType, {})
for pyutMethod in pyutClass.methods:
# Separation
txt = ""
lstCodeMethod = [txt]
# Get code
subCode: List[str] = self.generateASingleMethodsCode(pyutMethod)
lstCodeMethod += self.indent(subCode)
clsMethods[pyutMethod.getName()] = lstCodeMethod
# Add fields
if len(pyutClass.fields) > 0:
# Create method __init__ if it does not exist
if PyutToPython.SPECIAL_PYTHON_CONSTRUCTOR not in clsMethods:
# Separation
lstCodeMethod = []
subCode = self.generateASingleMethodsCode(PyutMethod(PyutToPython.SPECIAL_PYTHON_CONSTRUCTOR), False)
for el in self.indent(subCode):
lstCodeMethod.append(str(el))
clsMethods[PyutToPython.SPECIAL_PYTHON_CONSTRUCTOR] = lstCodeMethod
clsInit = clsMethods[PyutToPython.SPECIAL_PYTHON_CONSTRUCTOR]
for pyutField in pyutClass.fields:
clsInit.append(self.__indentStr(self.__indentStr(self.generateFieldPythonCode(pyutField))))
clsInit.append('\n')
return clsMethods
def createTestMethod(cls, name: str, visibility: PyutVisibilityEnum,
returnType: PyutType) -> PyutMethod:
pyutMethod: PyutMethod = PyutMethod()
pyutMethod.name = name
pyutMethod.visibility = visibility
pyutMethod.returnType = returnType
pyutParam: PyutParam = PyutParam(
name=f'param{TestCommandCommon.methodParamNumber}',
parameterType=PyutType(
f'Type{TestCommandCommon.methodTypeNumber}'),
defaultValue='')
pyutMethod.addParam(pyutParam)
TestCommandCommon.methodParamNumber += 1
TestCommandCommon.methodTypeNumber += 1
return pyutMethod
def deserialize(self, serializedData):
"""
deserialize the data needed by the destroyed OglLinkedObject.
Args:
serializedData: serialized data needed by the command.
"""
from org.pyut.model.PyutMethod import PyutMethod
from org.pyut.model.PyutParam import PyutParam
from org.pyut.model.PyutField import PyutField
from org.pyut.model.PyutStereotype import PyutStereotype
from org.pyut.model.PyutModifier import PyutModifier
# deserialize the data common to all OglObjects
DelOglLinkedObjectCommand.deserialize(self, serializedData)
# deserialize properties of the OglClass (first level)
classDescription = getTokenValue("classDescription", serializedData)
classStereotypeName = getTokenValue("classStereotypeName",
serializedData)
classShowStereotype = eval(
getTokenValue("classShowStereotype", serializedData))
classShowMethods = eval(
getTokenValue("classShowMethods", serializedData))
classShowFields = eval(getTokenValue("classShowFields",
serializedData))
methods = eval(getTokenValue("methods", serializedData))
fields = eval(getTokenValue("fields", serializedData))
# set up the first level properties of the pyutClass
pyutClass: PyutClass = self._shape.getPyutObject()
pyutClass.description = classDescription
if cmp(classStereotypeName, ""):
pyutStereo = PyutStereotype(classStereotypeName)
pyutClass.setStereotype(pyutStereo)
pyutClass.setShowStereotype(classShowStereotype)
pyutClass.showMethods = classShowMethods
pyutClass.showFields = classShowFields
for field in fields:
fieldName = field[0]
fieldType = field[1]
fieldDefaultValue = field[2]
fieldVisibility = field[3]
pyutClass.addField(
PyutField(fieldName, fieldType, fieldDefaultValue,
fieldVisibility))
methodsList = []
# deserialize methods of the pyutClass
for methodProfile in methods:
# construction of a method
methodName = methodProfile[0]
methodVisibility = methodProfile[1]
methodReturns = methodProfile[2]
method = PyutMethod(methodName, methodVisibility, methodReturns)
# deserialize method's params so we get a tuple (name, Type, defaultValue)
params = eval(methodProfile[3])
for param in params:
paramName = param[0]
# construction of the type of the param
paramType = param[1]
# pyutType = PyutType(paramType) Not used
paramDefaultValue = param[2]
# creates and add the param to the method
method.addParam(
PyutParam(paramName, paramType, paramDefaultValue))
# deserialize method's modifiers so we get a list of names
# that we have to transform into a list of PyutModifiers.
modifiersNames = eval(methodProfile[4])
modifiers = []
for modifierName in modifiersNames:
modifiers.append(PyutModifier(modifierName))
# add the modifiers to the method
method.setModifiers(modifiers)
# add the method to the list of methods
methodsList.append(method)
# add all the methods to the list
pyutClass.methods = methodsList
def read(self, umlObject, file):
"""
Read data from file
format:
```Python
class name
<<stereotype_optional>>
+method([param[:type]]*)[:type_return]
+field[:type][=value_initial]
```
for example:
ParentClass
+strMethod(strParam : str = bogus) : str
+intMethod(intParam = 1) : int
+floatField : float = 1.0
+booleanField : bool = True
Args:
umlObject:
file:
"""
className: str = file.readline().strip()
pyutClass: PyutClass = umlObject.getPyutObject()
pyutClass.setName(className)
# process stereotype if present
nextStereoType: str = file.readline().strip()
if nextStereoType[0:2] == "<<":
pyutClass.setStereotype(nextStereoType[2:-2].strip())
nextStereoType = file.readline().strip()
methods = []
fields = []
pyutClass.methods = methods
pyutClass.fields = fields
# process methods and fields
visValues: List[str] = PyutVisibilityEnum.values()
while True:
if nextStereoType == "":
break
# search visibility
if nextStereoType[0] in visValues:
visStr = nextStereoType[0]
vis: PyutVisibilityEnum = PyutVisibilityEnum.toEnum(visStr)
nextStereoType = nextStereoType[1:]
else:
vis: PyutVisibilityEnum = PyutVisibilityEnum.PUBLIC
pos = nextStereoType.find("(")
params = []
if pos != -1:
# process method
name = nextStereoType[0:pos].strip()
nextStereoType = nextStereoType[pos + 1:]
pos = nextStereoType.find(")")
# TODO return typ should be PyutType
returnType: str = ""
if pos != -1:
params = self._findParams(nextStereoType[:pos])
nextStereoType = nextStereoType[pos + 1:]
pos = nextStereoType.find(":")
if pos != -1:
returnType = nextStereoType[pos + 1:].strip()
else:
returnType = ""
method = PyutMethod(name, vis, returnType)
method.setParams([PyutParam(x[0], x[1]) for x in params])
methods.append(method)
else:
# process field
field = self._findParams(nextStereoType)[0]
if field:
fields.append(PyutField(field[0], field[1],
visibility=vis))
nextStereoType = file.readline().strip()
def setUp(self):
self.logger: Logger = TestPyutMethod.clsLogger
self._pyutMethod: PyutMethod = PyutMethod()